Cotton-harvester.



L. L. UPSHAW.

COTTON HARVESTER.

yAPPLIMTIQN FILED 11.13.13. 1912.

1,041,202, Patentea0t.15,1912.

6 SHEETS-SHEET 1.

Al/arzzey LAL. UPSHAW. GOTTONFHARVESTER.

APPLICATION FILED MAR. 13, 1912.

Patented 0G11. 15, 1912.

" s SHEETS-s113111' 2.

WTNESSES L. L. UPSHAW.

COTTON HARVESTER.

APPLICATION FILED MAB. 1a, 1912.

1,041,202. Patentea'ot. 15, 1912.

8 SHEETS-SHEET 3.

' Atiorney L. L. UPSHAW.

COTTON HARVESTER.

APPLIOATION FILED' MAR. 13. 1912i.

m. w m f n 0 m ,w u m t@ u 55 T w u l P NT j o \\\\NN o M ,m o o M 1, E o u U NN/ o o o Mb/L o M o NN Sw 1 o J U QN l o o .N w m HTI uw ,Nm mm I1 N nwm WN ,ww Nm l/VI/'ENTOR WTNESSES A Ila/wey L. L. UPSHAW.

COTTON HARVESTER.

APPLIUATION FILED 111111.13. 1912.

Patented Oct. 15, 1912.

6 SHEETS-SHEET 5.

Attorney WHA/5555 L. L. UPSHAW. COTTON HARVESTER. x APPLICATION FILED 11,111.13, 1912. i

Patented 061115 mm m QN .N w MFM. m Nb QN.. a A m rWM/WUMHHHNHHHHHHHH WM d m ww Nb @o mwkb y s. .m ,9% L

.m w M narran sfrafrns rnrnnr ernten. Lucius L. Ursnaw, or nnivrsoN, rEXAs, Assisi-von. or olvE-rrrrn-ro Gonwrn i.. i

BLAcKFonD Ann ONE-FIFTH 'ro Parme H. roem, Born or Denison, Texas.

COTTON-HARVESTER.

Specification of Letters Patent.

rammed oet. i5, raie.

Application levd March 13, 1912; Serial No. 683,462.

To all whom 'it way concern." A Be it known that I, LUoiUs L. UPsHWJ, a citizen of the United States, residing at Denison,in the county of Grayson and State of Texas, have invented certain new'and useful Improvements in Cotton-Harvesters, of which the following is a specification,

This invention relates to certain new and useful improvements in machines designed for the harvesting of the cotton crop, and

the invention consists of the parts, and thev constructions, arrangements vand combmations of parts which I will hereinafterdescribe and claim. In the accompanying drawings forming part ofthis specification and in which simi-V lar reference characters indicate like parts in the several views: Figure'l is a top plan View of a cotton harvesting machine vembodyin tion. tion of the machine on the line 2 2 of Fig. 1. Fig. 3 is a longitudinal veJtical section on the line 3 3 of Fig. 1. Fig. 4 is a rear View of the machine. Fig. 5 is a horizontal sectional View on-the line 5 5 of Fig. 3. Fig. 6 is an enlargeddetail partially in section showing a portion of one of the ver- '.ftic'al rods, 63, with` itspicker spindles and rollers and-'showing the belts and fixed guides between which the rollers are frictionally engaged. F ig. 7 is a side elevation of Fig. 6. Fig. )8 is a cross-sectional view on the line 8 8 of Fig. 6. Fi 9 is an enlarged detail of a portion o one of the picker spindles with a part broken away to show the inclosed brush material. Fig. 10

- is a sectional view on the line 10 10 of Fig. 5.

In carrying out my Vinvention the various parts of the machine may receive power and actuation from .the traction of the main or supporting wheels of the machine, and to this end, the traction wheels, 10, may be of any approved construction, whose tread surfaces will so engage the ground that as the machine is drawn thereover, the said wheels will be positively rotated and without liability to slippage. The hubs of the wheels are shown as provided with sprocket wheels, 11, and each of these wheels is designed to drive a smallersprocket wheel 12, mounted on a horizontal transverse shaft, 13, extendthe salient features of my inven-v ig.` 2 isl a longitudinal central sec` `ing across the top of the rear portion of the l machine, said shaft carrying a slidable beveled gear, 14, connected to the shaft, said gear meshing with a corresponding gear, 15,

fixed to the upper endV of the vertical shaft, ,5

and it forms a support for the standard, 18,

of the operators seat, and for such other adjuncts as a machine of this character might require, placed within the ready access of the operator.

The main frame, 19, may be of any suitable construction and is supported on the main sha-ft' and by steering wheels, 20, ap-

propriately journaled at the front of the machine. These steering wheels are jour.

naled upon the'cranked ends of vertical rods or turning posts, 21, located at opposite sides of the front of the machine andsuitably journaled in the main frame thereof, the

upper ends of the turning posts having lever arms, 22, fixed to them and the free ends o f these arms being connected to an arched-shaped cross-bar, 23, which extends from the lever arm at;- one side of the machine lto the corresponding arm at the other side of the machine, the central portion of the arched cross-bar being in turn suitably connected torthe inner end of a` plate or strap, 24, fixed to the tongue or pole, 25, to which a team may be attached in the usual manner, saidl tongue or pole having lits innerend pivoted upon a king-bolt or other like connection, 26.

The main frame of the machine is designed to be rigid and as light as consistent with the work which a machine of this character is designed to perform. It may be constructed of angle-iron, or of other' appropriate'material, and it comprises te side members, 27, whose forward ends are shown as adapted to be riveted or otherwise ixedly secured to a front cross-bar, 28. This crossbar is bent at its center to form an arch wardly 'which enables 'the machine Ato pass" over a row 'of cotton' plants, and the rear end of the tongue or pole is secured to archedv wheelsv and have their lower ends bent inwardly at 30. Thevertical steering posts upon whichthe front Stee vi'he'els are turnably mounted are journale in the horizontal'portions 29, of the front cross-bar and the inturned 'lower ends,` 30, of said front' cross-bar,` and the central arched rtion of the frame may be extended 'or ot er.-

wise-frovided with a vertical pro'ectioii131,"

to w ich is attachedone end o a h 'cal spring, 32, whose op ositeend 1s suitabllly; secured to the centr portion of a cra shaft., 33, which extends crosswis'e of the machine, and has its ends bent downwardl and forwardly to ,form cranks, 34, provide with out-turned journals vwhich are pivotally mounted in the main frame.

The crank shaft, 33, just referredto, is connected to a corresponding crank shaft, 35, located at the rear ofthe machine and whichv extends across thesame, by 'means of a connecting bar, 36, the cranks, 37, of the second named shaft extending'downwardlyl and forwardly and having journal 'ends ivotally mounted in one of'the arms-o U- sha ed brackets Aor extensions, 38, secured to t e main frame as shownby dotted lines in Fig. 2. The main frame thus -supports at its front and Vrear the crank armsof the two parallel crossshafts, 33 and 35, which are connected to-movel in unison to thereby raise and lower the upper frame.

By reference to Fig. 1 it will be see-n that the cross-shafts, 33 and 35, are journaled in bearings, 40, fixed'to an upper frame which 1s shown as consisting of parallel and equal sides, 41, and paral1el and equal ends, 42, Said frame belng in. operation slightly in clined to the horizontal, and said frame, also, havlng parallel intermediate bars, 43, which extend from the front to the rear end and are secured thereto to make a rigid upper frame-work. By reason of this constructlon 1t will be seen that when the'upper frame is unlocked from the rigid main frame, as I will hereinafter explain, and the operator presses downwardly on the front cross` shaft or the cross bars, 39 of lthe upper frame, .the two shafts, 33 and 35, will turn about their lower journal ends and the up'- per frame and its contained mechanism, hereinafter described, will be lowered rela tively to the xed main frame and to the cotnon-soa eplants. The ulpper frame .'is'also provid with vertica The ma standards or supports,. 44, and to these is xed a bottom, 45, which is closed and -is preferably provided with surroun-din vertical flanges, 45'..

e like others. of its character,

is duplex in its construction, that is, each` side of the machine will vbe provided with Supplemental driving and picking mecha- ,msm and with the closed bottom portio'nbe fore mentioned, the bottom portion, as welll as, the inner vertical standards of the upper framebeingspaced from each other a: suitf l' I' able distance to Aform a clear open rspace through Vwhich plants willA pass as the machine straddles the row and is drawn over the ground, and'as plants pass through this s` ace, the cottonis en ged by the picking evices and removed om the boll in the manner which I will presently indicate.

' As the helical sprmg, '32, before mentioned, is connected at one end to the front portion, ,31, of the fixedv frame and at the other end to .the-front cross-shaft, which gov supports the movable frame, lit is evident that said sprl-ing acts as a counterbalance for the up er ame and the parts carried thereby, an hence when the shafts, 33 and35, are rocked and the upper frame and the mechanism which it carries -is lowered, the springl 1s distended and when pressure is removed Vfrom the shaft, the spring will exert its power to return'the fraie and its connections to an elevatedfpositio. In other words, if the operator wishes to' vertically its various parts,he may press down upon.

change the position of the upper frame and f the front shaft, 33, and this will causefthc vfront and rear cross-shafts to swing downwardly about their journal ends, thus lowering the movable upper frame and its associated parts; when the pressure -upon the -f0ot lever is removed, orwhen the upper frame is unlocked from a lowered-position, thesprin 32, which has suflicient power to Abalance t e weight of the shaft, will causev the frameand its connected parts to move to an elevated position.

ln order thatthe upper frame andits accessories may be held in any of the adjusted positions and at any desired vertical height, I -mount upon the upper frame suitable spring-actuated latches, 46, adapted to engage holes'formed -in segments, 47, secured to the fixed lower frame, as shown yin Fig. 2.

lThe spring latches are connected by rods,

48, or otherwise with -t-he crank or a lever,"'

49, suitably journaled in 'eSupport-,50, on the upper framesadjacent the operator; the operation ofthe lever in one direction withv draws the spring-actuated latchesfrom their en (gagement with the perforated`segments an unlocks the swinging upper frame from its lixed connection with the lower frame' and thereby permits the two crank shafts, 33

lli:

j same side of the frame of the machine are `rotated 1n unison 1n the .same dlrection.

and 35, to turn about their journal ends and thel upper frame and its various parts to be vertically adjusted.

It will be understood that the mechanism herein 'described' may be of any suitable character and will appear at both sides of the longitudinal center of the. machine, vand that each side of the machine may be supplied with the spring-actuated latch and olding segment as well as the power transmission devices. heretofore described and suitable clutch mechanism, a, for connecting and disconnecting the, power devices a't will.

The picking mechanism is well illustrated l in Figs; 1, 2, 5, 6, 7, 8 and 9, and as this mechanism is duplicated at each Aside 0f the longitudinal center of the machine, a de-y scri tion off/'one of the mechanisms or 4of the' mec anlsm along one side of the row of lplants,'or the longitudinal center of the machine, will apply to the corresponding mechanism at the other side. Each of the picking mechanisms will include vertical shafts, 51,

`appropriately journaled near the frontl and rear ends of the machine, and equi-distant from the longitudinal center of said ma-V chine, the lower ends of these shafts being journaled in any well known manner'on or 1n the closed bottom,45, of the vertically adjustable frame, the upper ends of the shafts being ,likewise suitably journaled in cross-bars, '52', fixed to the upper portions 'of lsaid frame.

v The vertical shaft, 51, at the rear of the machine has fixed to it the beveled pinion, l5, which is engagedby the corresponding pinion, 14, on the-transverse shaft, l3, which derives power directly from the tractionwheels through the gears, l1, 12, before mentioned,rand to said vertical shaft, 51,- is fixed a sprocket wheel, 53, around which passes a suitable sprocket.I chain, 54, said chain passing also around a corresponding sprocket wheel fixed to the corresponding vertical shaft at the front portion of the frame whereby the shafts at opposite ends of the There arecorresponding sprocketl wheels,

are permitted to rotate independently of the' shafts. This may be effectedxby-making y. each pulley` with an individual hub or each co o'f the pulleys may be formed as a partof a longsleeve or bearing', v56, through which the vertical shaft passes.

Ontheupper portion of the front vertical and fixed tosaid shaft so as to revolve ...,165

unison with the sprocket wheels on this sprocket chain, 58,. extends to a similar.

sprocket 57, which is loosely mounted upon the vertical shaft, 51, at the rear portion of the machine, the diameter of this loose sprocket, 57, being, however, so much less than the diameter of the sprocket, 59, that the smaller sprocket is driven at a higher rate'of speed and transmits itsspeed to the pulleys, 55, it being understood that this smaller sprocket will be secured to the sleeve, 56, of the pulleys at this end of the machine and that'it is loosely mounted relatively to the shaft which it embraces, but is fixed to turn with and communicate power to the said pulleys..

Around the pulleys, ass series of endless picker spindles, which I will presently' describe:

The upper and 'lower main sprocket chains, 54, 54', are connected by vertically disposedv rods, or bars, 63, whose upper and lower ends are journaled on the sprocket .chains 54, 54', so that the rods lmayswing horizontally about theseI ends as an axis.l

These rods are vertically arranged and are spaced suitable distances apart along the sprocket chains and they pass over the outside of the ltraveling belts, 60, which latter ha ve a speed about twice' that of the sprocket chains, 54, 54', and vthe fixed horizontal guides, 61, and saidV rods, of which there may be any desired number, spaced any suitable distance apart, carry the picker spindles, 64, shown in Figs. 6 and 9.. These spindles are horizontal and they are loosely mounted in the vertical' rods, 63, which rods may be provided with tubular bearings, 63',

Afor the inner ends of the picker spindles, `whereby the'spindles will be loosely and ro- `tatably mounted and will be held in'horizontal position and be braced against vertical thrust due to ,Contact with branches of the plants.

The inner ends of the picker spindles have fixed to them suitable rollers, 65, the diameter of which is approximately equal to the vertical width ofthe space, 62, be` tweenthe edge of one of the lendless traveling belts,'60, and the adjacentsurface of one hf the fixed guides, 61. In otler words, each of the vpicker spindles will have its roller entering and occupyingthe space, 62, between one of. the xed guides and the 'movableedge of one of the endless traveling belts and, therefore, the rollerwill be .confined between these two opposing surfaces and will be rotated positively by fric- 'tional contaet-withl the edge of the movable ,plcker carrying bars, 63.

'belt, which has a speed twice that4 "of the sprocket chains, 54, 54s', which carry the "lhe rotation given the pickerspindle is rapid because ofthe fast traveling belt and this movement is continued as long as 'the' picker spindleroller is in frictionalengaoement with the belt -and fixed guide. A so to make more positive the rotation of the spindles, -I may supply the xed guides 'with' a layer of some other material, 66, (Fig. 6) such as leather, rubber, or( the like,

as may be desired.

Each of the vert-ical bars, "63:, which bars .are arran ed in substantially close parallel order on t e driving sprocket chains, 54, 54', will be provided with a like number of -piekerspindles, each projecting-in the same ldirection and *arranged horlzontally one above-the other, with the. picker spindlesI at one side of the vmachine standing opposite the spaces between spindles onthe opposite side' o f the machine. .Eacli of the picker spmdles, 64, consists of a hollow shaft or tube 'which may be closed at the outer end and which-end may be pointed to facilitate the'stripping of the cotton which has' been gathered by the spindles, said shaft or tube being vperforated throughout its length with theperforations, 67, extending radially f through the walls andfadapt'edto permit the projection ltherethrough ofthe bristles or' fiber of a suitable'brush material, 68, andwith and 'thus remove the cotton from the.

Y bol'L By-using twisted wire with the .fiber iixed in the coilsthereof, it is quite evident that by a-rotation of 'the-.twisted wire,',in

.the s in dle, 'the brush ber may be pro- ]ecte or withdrawn, thus adjusting, the length of thesber which' is exposed on the n outside of the picker spindle.

. It will be-observed in Fig. 9, that I have.

countersunkfthe 'outer ends of the' perforati0ns, 67. This provides concaved depress s1ons,'70,.1 nto which the -outer ends of the brush fiber may lbe bent. in anyA and all directions. without material injury to the ber,

when stripping the .spindle'of an accumulated mass of picked cotton.: Thisconstruction is important as protecting and saving the projectilsi ends' of the brush berv from excessive rp .bends and thereby breakage vand destruction; at the same time it 'allowsthe exposed fiber to readily yield below the outer surfaces V-of the spindle and accord-- ingly.'l facilitates the quick and'easy strippmg of the accumulated mass of picked At Yeach side of the space through which the cotton plants pass during the 'picking operation and secured to the .vertical bars of the upper movable frame of the machine, and spaced apart a distance sufficient toenablethe picker spindles to project therethrough are plates or boards, 71, which form a substantially smooth surface be- ,tween which the growing -plants are guided,

thus protecting them as muchas possible and preventing `interference with the operating movable parts of the machine.

Tho aforesaid 'exsd guidosei, which op.

erate in conjunction with the ed es of the movable belts, 60,!or rotating t e rollers on the inner end of the picker spindles, may

ports, 73, and-)by means of screws, 74, or like fastening devices of anysultable Acharacter engaging 'the split portions of the hubs of the projections, 72, the said fixed guidesmay be adjusted vertically to compensate for any wear of the picker spindle rollers, or whenany occasion requires that -have inwardly projecting arms, 72, Vwith split hubs, adapted vto embrace vertical supthe space between the fixed guide and the movable belt shall be adjusted so that the picker spindle rollers may be suitablyfrictionally engaged and rotated.

At the rear end of the machine are arranged suitable curved'plates, 75, whlchare spaced from eachother a distance suflicient to allow the picker spindles to pass therebetween, said plates serving as strippers for the cotton carried by the picker. spindles,

the cotton thus vremoved from the spindles fallin@r int-o. a chute or trough', 7 6, at one bei engaged by a plunger'or "follower, .-77,- suita 1 mounted forhorizontal mofvement, on sai bottomiand being reciprocatedby sido oi the olosod bottoni of tho machins sod means 'of a pitman, 78, connected eceentrically to a gear wheel,.79, jour'n'aled' on the bottom "and driven by powenderived from the front vertical shaft, '5.1, whereby. the operation oi the machine, the pltman or follower is actuatedito engage and advance the picked cotton. into' abag orV like reeep tacle positioned to'receive thesame, as shown 115 During the' travel of .thepicker spindles it 'ishighly 'desirable' that 1n vtheir active by dotted lines vin Fig. '5.5

position they. .shall project horizontally1 across the plants, as indicated in Fig; 1, and as the loaded spindles reach the rear portion of the machine, and ass around the pulleys, f

they progressively cometangent to the pulleys Aas' they pass through' thestripper plates and are by the latter relieved of the accumlllaed cotton.

In .other words, the picker spindles ilold relatively: to the sprocket chains; their carrying rodsor bars turn at their ends in these chains, and tlniy romsio in this folded position poised ross.

leo;-

wardly and inclined slightly tofthe une of 'travel of the sprocket chains until just before they reach the forward end of th'e machine,"at which point they are again righted or projected radiallyin passing around the front. p-ulleys so that when`they arrive at .the entrance of the space through which the plants pass they will project. 'crosswise of this space in a horizontal direction and .Will

be heldin this position during the period ot their rotation or while gathering the cotton.-

from opposite sides of the bar or rod andY maybe slight-ly curved, w-hile'the third armprojects radially at aboutright angles tothe other arms.. rlhus as the, .folded -picker spindle reaches approximately the forward `end of the machine, ene ofthe arms, 80, will engage and ride upon the outer edge of thel cam portion, 82, of the lower fixed guide, 61',

andas the sprocket chain continues in motion with thisarm rbearing upon said Cami edge, the rod or vbar is progressively turned in its bearings. on the sprocket chains7 until said arm reaches a high l oi'nt, 83, on theI cam; atwhich point the ro or' bar has made about a half revolution. It is here that the.

third yarm, 81, ofthe rod or shaft comes'into play andl this arm, which projects radially from the arm or rod, now engages a cam,f.8i,

. fixed tothe lower guide, 61, whereby during the continued movementV of -the sprocket chains,`the rod or bar is further turned by the thirdarm passing over the cam, thereby completing the' turning of therod or bar,

'ga-gement with the cam surface, 85, of said guidevv and'which side arms by restin against the guide at each side of the axis` o the bar or rod, hold the .picker spindle in such position that it will enter the space occupied by the plants and will be thrust longitudinally into the foliage .ofsaid 'plants at the beginning of the backward course of the picking spindles, in which position lthe picker.

spindles remain until they 'emerge through the space `at the rear of lthe machine and convey*the,accumulatedcottonto the strip- Vis traveling over hard ground.

ping devices.

In practice I prefer that the main' bearing and supporting wheels, 10, shall be supplied with suitable means 4for increasingr the traction lwhen vthe machine is trai cling over sandy or loose soil in which case each of said wheels .will carry suitable spades, or\ likeA projections adapted to be extended bevond.

the circumference of the bottom-of the wheel to .dig intoth-e ground and take a firm hold thereon and to beretracted within thecircum-ference of the wheel when the machine Such a wheel, however, does not form any essential ,part of the present invent-ion, but is shown .with tlie supports for the vertical shafts .thatb'y means of a nut, 91, on said rods, the boxes or bearings for said shafts may be moved horizontally to tighten the belts and thereby keep them under proper tension.

Having thus described my invention what I claim as nevi1 and desire'to secure by Letv ters Patent is 1. A cotton harvester comprlsing a frame and supporting Wheels, endless carriers mountedin the frame, means for operating the carriers, picker spindles movable with the carriersand opposed friction surfaces between which the spindles travel in Contact,

one of said surfaces being movable and the `other fixed, and means for impart-ing Van accelerated speed to said movable surfaces.

2. A cotton harvester comprising a frame and supporting wheels, endless carriers mounted in the frame, picker spindle supports on `the carriers', endless traveling belts operating with but at a higher speed than the carriers, picker spindles horizontally journaled in` said supports, fixed 'guide .tracks arrangedparallel -with and spaced from the belts, said picker Ispindles being-v confined between said fixed tracks and' the -blts and rotatedthereby. 63,. and brlnging its side arm, 80,.into en- 5 3. A cotton harvester comprising a frame and supporting wheels, vendless carriers mounted inthe frame, picker spindlet-.sup-

.ports onthe carriers, endless traveling belts4 operating with but at a higher speed than.

ports on the.carriersendless traveling beltsv operating with but at a higher rate of speed than the carriers', picker spindles horizontally journaled in saidsuppo-rts and having fixed rollers at their inner ends, stationary guide tracks parallel ,with the belts, said rollers being confined between the xed tracks and the.l belts and rotated by, frictional engagement therewith, and cotton collectin means carried'by the spindles.

cotton harvester comprising av frame, v

supporting wheels therefor, endless carriers mounted 1n the frame, picker spindle sup-` Y ports von the carriers, endless trave b'elt's'v.v

' said spindle supportshaving opposite ends 'mounted 1n the frame,

operating with but at a higher rate o -speed than the carriers, picker 'spindles horizontally journaled in said supports and having fixed rollers at their inner ends, stationaryv guide' tracks parall'eVwith thebelts, saidl rollers vbeing confined betweenthe fixed I tracks and-the'belts and rotated by f rictional engagement' therewith, and cotton collecting means carried by the spindles,

pivotally journaled on said carriers and capable of a swinging movement in a horizontal direction. A

6. 'A cotton harvester comprising a frame, supportingjvheels therefor, endless carriers icker spindle supportsomthe carriers, en less travelin belts operating'with but at a higher rate o speed than the carriers, pickerspindles horizontally'journaled .in said .supports and having fixed rollers at their inner ends, stationary guidejtracks parallel with the belts, said rollers being confined between the fixed Vtracks and the belts and rotated by ric' tional engagement therewith', and 4cotton collectin? means carriedby the spindles.

a cotton harvester, the combination l with picker spindles, of means for rotating the spindles, said means includingendless -.travelin beltsI and opposed -stationary guides, tween which belts and ides the spinlles are frictionally .engag i andro-` talle .l L

., 8. In a cotton harvester, pijcker spindles,

' and means for rotating the spindles, said u means-including endless traveling belts and op osed ,stationary guides,. between which be ts and guides the-spindles arefrctionally engaged and rotated, endless carriers,

vertical picker spindle supports on the car'- riers pivotally mounted so as to tu'n in a horizontal direction, and having aplu'rality of arms on theirglowe'rxends, a cam guide over which said arms pass vand by which the supports are turned in their bearings to change the angle of the picker spindles, and stripping devices through which the spindles are drawn lengthwise during the travel of the carriers.v

- 9. In a cotton harvester, the 4'combination of a frame, supporting wheels. thereforpa spindle supports carried by the chains, horizontal pic er spindles turnably mounted in 'said supports, sleeves on said vertical shafts,

pulle s fixed to said sleeves, endless travelmg lts passing. around the pulleys and spaced guides parallel with the edges of saidbelts and alternating therewith, said Esker spindles having their inner ends coned between ,the edges of said belts and opposed {ixed guidesand being rotated by the frictional engagement of said belts and guides, and means for holding the supplemental frame in its adjusted position.

10.1 In a cotton harvester, the combination of a main frame, bearing wheels therefor, a supplementalframe, crank shafts journaled in the mainframe and supporting the supplemental"v frame, vertical shafts at opposite" ends of the ,supplemental frame, sprocket-wheels at `opposite ends of said shaft and chains -passing* .over said sprocket Wheels, sleeves loose on said shafts, one of -said shafts having a second sprocket-wheel and said sleeve having a sprocket-wheel, a

chain passing around the second named sprocket wheel to the sprocket-wheel ony the sleeve, said sleeve-sprocket wheel being-of f less diameter than the second sprocket on the other .shaft whereby the sleeve is rotated at an increased speed, pulleys on said sleeves, I

belts passing around said pulleys', and iixed guides parallel with the shaft, -picker spindle supports carried by the first-named sprocket wheels, and horizontallyl disposed picker spindles -rotatably mounted in said supports, s aid spindles `having their innerends in frictional engagement with said .fixed guides and the opposed belts whereby .the spindle is rotated at high speed.

V11. In a cotton harvester, the combination with a main frame, a supplemental frame mounted therein, endless carriers mounted in thesupplemental frame,- vertical shafts and :means for operating the carriers,

sleeves lon saidl shafts having pulleys fixed to them, endless bands passingaround the pulleys, means for imparting to the sleeves a rotation in excess of that of theftravel of the carriers, picker spindle supports movable with the carriers, lfixed guides alternating with and opposing the bands, picker spindles horizontally journaled on said supports and having their inner ends in frictional engagement with the fixed guides and movable bands, 'means for changing the angular position of the picker arms at the rea-r end --of the machine, and means for stripping the collected cotton from said picker spindles.

12. Ina cotton harvester, the combination with amain frame, a supplemental frame mounted therein, endless carriersmounted in the supplemental frame, vertical shafts and means for operating-the carriers, sleeves on said shafts havingpulleys fixed to them, endless bands 'passing around the pulleys, means for imparting to the sleeves a rotation in excess of that of the travel of the carriers, picker spindle supports movable with the carriers, iXed guides, alternating with and opposing the bands, picker spindles horizontally j ourn'aled on said supports and having their inner ends in frictional engagement with the -Xed guidesand movable bands, means for changing the angular position of the picker arms at the rear end of the machine, and means for stripping the collected cotton from said picker spindles, said supplemental frame having a trough upon which the discharged cotton falls, and a horizontally operating plunger for'feeding the cotton out ofsaid trough.

13. A cotton harvester comprising a main frame and supporting wheels, a vertically adjustable 'supplemental frame inclined relatively to the main frame, vertical shafts at the ends of the supplemental frame and means for operating said shafts, a seriesof pulleys surrounding said shafts and spaced l apart, and loosely'mountedr relatively to the shafts, endless bands passing around the pulleys, guides parallel with-'the endless traveling bands, picker spindle 'supports having picker spindles horizontally mounted therein, said spindles having their inner ends confined in frictional engagement with said bands and the opposed guides and. rotated by contact therewith, a cam atthe front end of the machine for changing hthe angular position of the picker spindles, said spindles carrying a plurality of arms at their4 lower ends successively engaging the cam, meansat the opposite end of the machine for stripping the cotton from the spindles, said supplemental frame having Aa trough -into which) the cotton falls from the spindles, and a feeding plunger operating in said trough for discharging cotton from therear end of the machine into a suitable receiver. In testimony whereof I 'aflix my signature in presence of two witnesses. i

Lucius L. UPsHAw.

Vlitnesses:y

' T. WALTER FowLER,

VC. W. FoWLER. 

